M.Tech. Admissions - Academic year (2025-26)
The following admission process will be carried out:
- For TA category: Direct admission based on the GATE score through COAP.
- For RA category:
Eligible candidates will be called for an online interview on 6th May 2025.
Details regarding the online process will be communicated to the eligible candidates via email by our office.
[05-05-25] Candidates who had filled the Google form have been sent an email (from office.syscon [at] iitb.ac.in) about the further process.
[24-04-25] Eligible candidates have been sent an email (from office.syscon [at] iitb.ac.in) asking them to confirm their participation by filling an online form.
The candidates must fill the form before 5 pm on 1st May 2025.
- For SW/PS/IS/IB category:
Eligible candidates will be called for a written test on 13th May 2025.
Details regarding the written test will be communicated to the eligible candidates via email by our office.
[25-04-25] Eligible candidates have been sent an email (from office.syscon [at] iitb.ac.in).
Written Test Date: Tuesday, 13th May 2025 Written Test Venue: LC 001, Lecture Hall Complex building.
Reporting time: 10 am
Written Test Time: 11 am to 12 pm
Eligibility For Admission
Candidates having First Class or 60% marks (55% for SC/ST) in Bachelor's Degree in any Engineering discipline with a valid GATE score in Aerospace Engineering (AE) / Mechanical Engineering (ME) / Electrical Engineering (EE) / Electronics and Communication Engineering (EC) / Instrumentation Engineering (IN) / Chemical Engineering (CH) / Computer Science (CS).
Candidates having two years of relevant work experience are exempted from requirement of GATE score, provided their candidature is sponsored by the employer. They are not eligible for award of Teaching (TA) / Research Assistantship (RA).
The written test/interview will be based on the following content:
- Classical control including stability, root locus, Bode plots, Nyquist plots and compensator design.
- State-space methods including controllability, observability and feedback control design.
- Calculus and ordinary differential equations.
- Elementary linear algebra.